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?????? ???? ?????????? ???????????? ?????????????? ???????? There is a common misconception that integrally geared compressors need more maintenance than other types of compressors. Our long experience in many different compression applications has proven that wrong. In fact the opposite is true: The high efficiency of the MAN RG integrally geared compressor lowers its maintenance needs and operating costs. Its high efficiency in carbon compression derives from various factors, including its compact design, the possibility of intercooling between stages, and lower power consumption. Also, the flexibility of the MAN RG design makes it easier to adapt to different technical process requirements. This again leads to better performance and OPEX savings. Find out more: https://lnkd.in/ehM-it4R #MANES #innovation #carboncapture #ccus #ccs #carboncompression

A system-wide approach focused on reducing demand for air can help with the creation of more efficient #pneumatic systems. In our upcoming webinar with Jon Jensen, CFPPS, CFPAI of SMC, he outlines the methods which can be used to improve the efficiency of pneumatic systems which is becoming increasingly important as various industries look to reduce their energy and operating costs. #fluidpower #pneumaticsystems #motioncontrol #energyefficiency #efficiency #design #engineering #technology Power & Motion

As the conventional power production landscape changes, we understand your plant is expected to adapt and change too. Not only that, plants are expected to continue to provide the best possible operation and production they can.? These changes mean existing systems need to not only meet fluctuating demands, but operate at variable loads, and because of this, ensuring your plant is flexible and reliable is key to remaining productive.? GESTRA have developed a range of Solutions for Today's Power Plants as the need for adaptability continues to rise. https://lnkd.in/gE_DZmeD #Reliability #Reliabilitycentredmaintenance #EnergyEfficiency #ControlValves #MaintenanceManagement #EnergySaving

Water-cooled panels are used in new energy vehicles Water-cooling plate is an indispensable component of the thermal management system of new energy vehicle power batteries. Water-cooled plate, also called battery liquid-cooled plate, is one of the core components of the thermal management system of new energy vehicle power batteries. It consists of the battery liquid cooling plate, water distribution pipeline and refrigeration/liquid supply system (including compressor, condenser, evaporator, expansion valve, dry filter, etc.). The liquid cooling plate is a key component and is responsible for passing the internal flow The coolant in the channel transfers heat to control the battery's operating temperature. This technology has become the mainstream application technology for thermal management of new energy vehicle power batteries, gradually replacing traditional air-cooling technology. There are various types of water-cooling plates, including harmonica tube type, stamping type, extrusion type, blow-up type, etc., which meet different heat dissipation needs according to different shapes and structures. With the advancement of technology and changes in market demand, stamped liquid cooling plates have gradually replaced harmonica-type liquid cooling plates and become the main product in the market. This change reflects the industry's demand for higher heat dissipation efficiency and lighter weight and high sealing performance of water-cooling plates. ?? Ready to customize your thermal solutions? ?? Email us: [email protected] ?? Visit our website: https://lnkd.in/gmaSbvWV #liquidcoldplate #IGBT #liquidcooling #aluminumvaporchamber #thermalmanagement #thermalsolutions #3DVC #thermosiphon #heatpipe #rollbondcoolingplate #evbatterycooling #heatsink #defense #aerospace #manufacturing #OEM

I am thrilled to introduce the?Portable Purification Systems PVS Series?from Parker Hannifin. These state-of-the-art systems are designed to purify your system’s oil on-site, even in the most demanding environments, and are available in several models including?PVS 185, 600, 1200, 1800, and 2700. Working Principle ??Contaminated oil is drawn into the system by a vacuum of 846.5 millibars (25 In/Hg). ??The oil passes through an in-line low-watt density heater where it is heated to an optimum temperature of 66°C (150°F). ??The oil then enters the distillation column where it is exposed to the vacuum through the use of special dispersal elements. This increases the exposed surface area of the oil and converts the water to vapor form, which is then drawn through the condenser by the vacuum pump. ??The water-free oil falls to the bottom of the column and is removed by a heavy-duty lube oil pump. This pump forces the dry oil through a final particulate removal filter. ??Clean oil passes out of the unit, back to the reservoir – and into the system. These systems are perfect for various applications including?Paper Mills, Steel Mills, Power Generation, and Industrial/Aerospace Test Stands. They feature automatic operation, ease of maintenance, and are conveniently portable. Plus, they come with a number of features such as a condensate holding tank, forklift guides, programmable thermostat, automatic operation, reverse pole switch/phase fail, high-temperature safety circuit, and circuit breakers utilized in the electrical panel. Remember, water contamination can cause serious problems in a fluid system. Stay ahead of the curve with the?Portable Purification Systems PVS Series. For more information, see our brochure below. #PurificationSystems #IndustrialSolutions #Innovation #Technology

?????????? ?????????? ?? ??-?? ?????? –??? ???? ????? ???????? ??? ????????? ??????-???????????????? ?????????? ?????????????????????? ?? ???? ???? ?????? To keep your workshop operating smoothly, you need a reliable supply of compressed air. That’s why our smallest G screw compressors now come with Variable Speed Drive (VSD) technology. While traditional fixed-speed compressors always run at 100%, VSD units match their motor speed to the fluctuations in your air demand. As a result, you enjoy a more stable pressure, less noise, less component wear, and significant energy savings for the larger models. ?????? ?????????????????? ????????????????????????????: Working Pressure bar (a)-8 bar(a) - 10 bar(a) Capacity FAD-17.6 m3/h - 62.1 m3/h Installed motor power-2.2 kW - 7.5 kW Capacity FAD l/s-4.9 l/s - 17.26 l/s #atlascopco #aetomengineering #technology

?????????????????????? ?? ?????? ???????????????? ???? ???????????????? ????????-?????????????????????? ?????????????? ?????????????? ???? ???????? We're excited to unveil our newest innovation designed to tackle the challenges of handling battery powders at temperatures up to 200°C. Responding to the needs of top manufacturers, we've engineered an IBC and Discharge Station that can process hot powders from furnaces, reactors, and jet mills without the need to cool them lower than 200°C. ????????? ????????????????: · ??????????? & ???????? ??????????????: Eliminate the need to cool powders below 200 degrees, incurring significant energy savings across the manufacturing stream. · ????????????? & ????????????????????: Ensure your high-temperature materials are handled safely without compromising performance. · ????????-?????????????????????? ?????????????????? ??????????????: Offers pulse or continuous discharge Discover more about our innovative solutions https://hubs.ly/Q02GKmlr0! #BatteryManufacturing #MaterialsHandling #Innovation #HighTemperatureProcessing #BatteryIndustry #Efficiency #Safety #HotBatteryPowder

Matcon Limited have a new product!! Handling high temperature powder used to create challenges to IBCs and discharge stations - not anymore!! There is now no need to cool material simply to transport it from A to B as you had no means to discharge it hot. Just think of the savings you could have made on that expensive powder cooler, imagine how much smaller it could have been if you were only cooling the powder to 200C! Not to mention the running costs of your chiller plants to provide the cooling water. These reduced costs are in addition to the reduced energy and reduced CO2 emissions associated with them. You might have even got away with a smaller building. If you are handling hot powders why not get in touch and see what you can save when building your next factory.

Introducing the #SolenoidValvesIslandVH2Series: Redefining Pneumatic #Efficiency! Looking for cutting-edge pneumatic solutions that prioritize energy savings and compact designs without compromising performance? Have a look at Airwork’s Solenoid Valves Island VH2 Series ? What sets the VH2 series apart? -?????Revolutionary modular connectivity for seamless integration -?????Combined monostable and bistable solenoids on one side -?????External power supply, integrated silencers, D-SUB connection, flat cable, and more ? Experience the next generation of pneumatic technology with VH2: - Compact yet powerful (15mm) - Exceptionally low power consumption (0.85W) - Sleek, space-saving design - Durable components for longevity in demanding environments - Rapid response time thanks to cutting-edge electro-pilots - Convenient manual operation access - Built-in LED indicator for enhanced visibility - Exclusive modular subbase system - Hassle-free delivery – all islands arrive assembled and tested - Din rail mounting possible - Easy interchangeability of models ? Join us in embracing a future where #efficiency meets #reliability. Elevate your industrial operations with the VH2 series. ? Learn more about the VH2 Series Solenoid Valve Island: https://lnkd.in/d9_3zQ3R Select the language and product you require from our valve range. Make sure you download the datasheet to access all the product information ? #Pneumatics #Innovation #Efficiency #Airwork #VH2Series #SolenoidValves #IndustrialTechnology ?

Elevate Your Steam Turbine Performance with LabTecta? Bearing Protection Solutions. Introducing LabTecta? – The Ultimate Bearing Protection for Steam Turbines Our LabTecta? designs are specifically engineered to meet the demanding conditions of #steamturbine applications, ensuring superior performance and reliability. ?? Key Features: ?? High Temperature Static Shaft Seal: Designed to withstand the extreme temperatures of steam environments, providing robust #protection. Steam Deflector / Flinger: Effectively deflects steam away from critical areas, enhancing seal longevity. ?? Aflas? ‘O’ Rings: Standard in our designs, these rings offer exceptional resistance to #hightemperatures and #chemicalexposure. ?? Internal Shut-Off Valve: Adds an extra layer of protection by controlling steam flow and reducing the risk of #sealdamage. ?? Extra Clearances for Thermal Expansion: Accommodates thermal expansion without compromising the seal integrity. ?? Customized Solutions for Every Need: LabTecta?ST: Perfect for smaller steam turbines, this compact design ensures excellent #protection without taking up valuable space. ?? LabTecta?ST-STAX: Ideal for larger steam turbines, it offers easy installation and can handle significant axial #shaftmovement. Our standard designs cover common steam turbine models like the Elliott? YR series, and we can manufacture specific designs at no additional cost, tailored to your unique requirements. Our commitment to innovation and quality ensures that you receive the best possible solution for your steam turbine applications. Discover more: https://lnkd.in/enyejfZF #AESSEAL #Innovation #EngineeringExcellence #MechanicalSeals #IndustrialSolutions #Durability #Performance #FastDelivery #CustomDesigns #InnovativeEngineering #SteamTurbine